No. | Pages | Title | Authors |
4 | 307-312 | A coupled multi-physics model for induction heat treatment processes | David Cardinaux David, François Bay, and Yvan Chastel |
4 | 294-306 | Prediction of Statically Recrystallized Microstructure during Extrusion of Aluminum Alloys | Peter Cvahte, Goran Kugler and Tomaž Rodič |
4 | 279-293 | THEORETICAL AND NUMERICAL ISSUES ON DUCTILE FAILURE PREDICTION – AN OVERVIEW | J.M.A. Cesar de Sa, F.X.C. Andrade, F.M. Andrade Pires |
4 | 271-278 | Numerical Prediction of Microstructure in High-Strength Ductile Forging Parts | Back, Urban, Keul, Hirt, Bleck |
4 | 259-270 | Numerical and experimental studies of the strength of riveted joints | Nanjiang CHEN, Jean-loup CHENOT, Min WAN, Julien MALRIEU, Maxime THONNERIEUX, Richard DUCLOUX |
4 | 249-258 | ON THE FEM SIMULATION OF JOINING BY FORMING OPERATIONS | Livan Fratini, Fabrizio Micari |
4 | 238-278 | Investigation on the effects of process parameters on the through-thickness shear strain in single point incremental forming using dual level FE modelling and statistical analysis | Khamis Essa, Peter Hartley |
4 | 225-237 | A review on recent developments of Marciniak-Kuczynski model | Dorel Banabic |
4 | 214-224 | NUMERICAL SIMULATION OF BLADE-OVER-ROLL COATING FORMING FLOWS | EVAN MITSOULIS and GEORGE ATHANASOPOULOS |
4 | 207-213 | PREDICTIONS OF MELT CIRCULATION RATE IN A RH DEGASSER BY MATHEMATICAL MODELLING OF TWO PHASE FLOW | Leonardo Neves, Carlos André Ruy Carneiro, Rafael Fernandes Reis, Roberto Parreiras Tavares |
4 | 193-206 | Place and Role of Intelligent Systems in Computer Science | Ryszard Tadeusiewicz |
3 | 181-189 | Selection of the best thermomechanical processing parameters during manufacturing of forgings made of the CuCr alloys | Roman Kuziak, Valeriy Pidvysotskyy, Maciej Pietrzyk2 |
3 | 176-180 | Online finite element mesh generator for two- and three-dimensional domains | NORBERT SCZYGIOL, JULIUSZ MIKODA, ANNA WAWSZCZAK |
3 | 167-175 | THE NUMERICAL ANALYSIS OF RIVET DEFORMATION WHEN JOINING | Jacek Mucha |
3 | 156-166 | NUMERICAL SIMULATION OF VISCOELASTIC EFFECTS IN BLADE-OVER-ROLL COATING FORMING FLOWS | Evan Mitsoulis |
3 | 143-155 | Digital material representation – new perspectives in numerical simulations of inhomogenous deformation | Lukasz Madej |
2 | 130-142 | Physical and numerical modelling of plastic deformation of magnesium alloys | Dariusz Kuc, Maciej Pietrzyk |
2 | 108-129 | Flow Stress Numerical Modeling for Large Strain Deformation in Magnesium | Luigi De Pari Jr., Wojciech Z. Misiolek, Joy H. Forsmark, Alan A. Luo |
2 | 97-107 | ANALYSIS OF THE DESIGN AND RESEARCH INTO THE PRODUCTION OF SHELL MADE OF MAGNESIUM ALLOY BY NUMERICAL SIMULATION | S. Basuk, P. Petrov, V. Voronkov, A. Plotnikov, M. Shajxulov |
2 | 87-96 | Optimization of deep drawing process forming parameters for magnesium alloys | Victor B. Watiti and George N. Labeas |
2 | 80-86 | Modeling of Cold Drawing of Magnesium Alloy Wires and Tubes | Kazunari Yoshida |
2 | 69-79 | Mathematical model of warm drawing of MgCa0,8 alloy which considers the ductility of the material | Andrzej Milenin, Piotr Kustra, Marek Paćko |
2 | 61-68 | Multi scale physical and numerical modeling of MgCa0.8 alloy tensile test in micro tensile/compression stage for a SEM | A. Milenin, D. Byrska, O.Grydin, M.Shaper |
1 | 52-57 | Experimental verification results of drawbead numerical simulation | Zbigniew Zimniak, Dawid Rutkowski |
1 | 42-51 | Different Mesh Management Strategies for Non-Stationary Self-Adaptive hp Finite Element Method | Maciej Paszynski, Pawel Matuszyk |
1 | 37-41 | The model of the temperature field and fluid flow in elements heated by moving heat sources | WIESŁAWA PIEKARSKA, MARCIN KUBIAK, ZBIGNIEW SATERNUS |
1 | 30-36 | Stability and uniqueness of flow approach algorithms in sheet metal forming simulations | Włodzimierz Sosnowski, Tomasz Bednarek, Piotr Kowalczyk |
1 | 25-29 | Data preparation | Andrzej Kochański |
1 | 16-24 | Neural Network-based Prediction of Additives in the Steel Refinement Process | T. Wieczorek, M. Kordos |
1 | 8-15 | Estimation of parameters of Feed-Back Pulse Coupled Neural Networks (FBPCNN) for purposes of microstructure images segmentation | Lukasik Lukasz, Rauch Lukasz |
1 | 1-7 | New trends in neurocybernetics | Ryszard Tadeusiewicz |